Investigation of contributions of the 22+ resonance in He 6 via analysis of the He 6 (p, p′) reaction INVESTIGATION of CONTRIBUTIONS of the 22+ ... SHOYA OGAWA and TAKUMA MATSUMOTO

Shoya Ogawa; Takuma Matsumoto

doi:10.1103/PhysRevC.102.021602

Investigation of contributions of the 22+ resonance in He 6 via analysis of the He 6 (p, p′) reaction INVESTIGATION of CONTRIBUTIONS of the 22+ ... SHOYA OGAWA and TAKUMA MATSUMOTO

Shoya Ogawa, Takuma Matsumoto

Experimental Particle Physics

Research output: Contribution to journal › Article › peer-review

7 Citations (Scopus)

Abstract

We investigate the contribution of the 22+ resonance in He6 to observables via analysis of the He6(p, p′) reaction by using the continuum-discretized coupled channels method combined with the complex-scaling method. In this Rapid Communication, we obtain the 22+ state with the resonant energy 2.25 MeV and the decay width 3.75 MeV and analyze contributions of resonances and nonresonant continuum states to the cross section separately. It is found that the 22+ state plays an important role in the energy spectrum. Furthermore, contributions of nonresonant continuum states are also important to clarify the properties of the 22+ state.

Original language	English
Article number	021602
Journal	Physical Review C
Volume	102
Issue number	2
DOIs	https://doi.org/10.1103/PhysRevC.102.021602
Publication status	Published - Aug 2020

All Science Journal Classification (ASJC) codes

Nuclear and High Energy Physics

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10.1103/PhysRevC.102.021602

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title = "Investigation of contributions of the 22+ resonance in He 6 via analysis of the He 6 (p, p′) reaction INVESTIGATION of CONTRIBUTIONS of the 22+ ... SHOYA OGAWA and TAKUMA MATSUMOTO",

abstract = "We investigate the contribution of the 22+ resonance in He6 to observables via analysis of the He6(p, p′) reaction by using the continuum-discretized coupled channels method combined with the complex-scaling method. In this Rapid Communication, we obtain the 22+ state with the resonant energy 2.25 MeV and the decay width 3.75 MeV and analyze contributions of resonances and nonresonant continuum states to the cross section separately. It is found that the 22+ state plays an important role in the energy spectrum. Furthermore, contributions of nonresonant continuum states are also important to clarify the properties of the 22+ state.",

author = "Shoya Ogawa and Takuma Matsumoto",

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AU - Matsumoto, Takuma

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N2 - We investigate the contribution of the 22+ resonance in He6 to observables via analysis of the He6(p, p′) reaction by using the continuum-discretized coupled channels method combined with the complex-scaling method. In this Rapid Communication, we obtain the 22+ state with the resonant energy 2.25 MeV and the decay width 3.75 MeV and analyze contributions of resonances and nonresonant continuum states to the cross section separately. It is found that the 22+ state plays an important role in the energy spectrum. Furthermore, contributions of nonresonant continuum states are also important to clarify the properties of the 22+ state.

AB - We investigate the contribution of the 22+ resonance in He6 to observables via analysis of the He6(p, p′) reaction by using the continuum-discretized coupled channels method combined with the complex-scaling method. In this Rapid Communication, we obtain the 22+ state with the resonant energy 2.25 MeV and the decay width 3.75 MeV and analyze contributions of resonances and nonresonant continuum states to the cross section separately. It is found that the 22+ state plays an important role in the energy spectrum. Furthermore, contributions of nonresonant continuum states are also important to clarify the properties of the 22+ state.

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Investigation of contributions of the 22+ resonance in He 6 via analysis of the He 6 (p, p′) reaction INVESTIGATION of CONTRIBUTIONS of the 22+ ... SHOYA OGAWA and TAKUMA MATSUMOTO

Abstract

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